public ServiceClient(IClientLogic logic, IPAddress hostIP, int port, int interfaceId, long ticket)
{
this.logic = logic;
client = new DynamicClient(hostIP, port);
tree = new ProtocolTree();
root = new DummyHandler <DummyProtocol>();
auth = new LeafProtocolHandler <AuthenticationProtocol>();
tree.Register(root);
tree.Register(auth);
tree.Entry(root);
tree.ConnectToLeaf(root, auth);
tree.Connect(root, logic.ProtocolTree);
app = new ApplicationConnectionManager(client, tree, 3000, 6000);
auth.NewData += data =>
{
switch (data.statusCode)
{
case AuthenticationProtocol.StatusCode.Request:
Logger.Log("receiving auth request", "ServiceClient");
auth.Send(new AuthenticationProtocol
{
interfaceId = interfaceId,
ticket = ticket,
resumeToken = ResumeToken,
statusCode = AuthenticationProtocol.StatusCode.Ack
});
break;
case AuthenticationProtocol.StatusCode.Accept:
Logger.Log("auth accepted by the host", "ServiceClient");
ResumeToken = data.resumeToken;
ConnectionAccepted?.Invoke();
break;
case AuthenticationProtocol.StatusCode.Reject:
Logger.Log($"auth rejected by the host, {data.reason}", "ServiceClient", Logger.LogType.WARNING);
rejected = true;
client.CloseConnection();
app.Dispose();
ConnectionRejected?.Invoke();
break;
default:
Logger.Log("invalid auth msg from host", "ServiceClient", Logger.LogType.WARNING);
break;
}
};
app.ConnectionLost += () =>
{
if (!rejected)
{
ConnectionLost?.Invoke();
}
};
}
public IntegrationBase()
{
server = new MockTCP(wire);
client = new MockTCP(wire);
server.other = client;
client.other = server;
serverStatefulSession = FTConnectionController.CreateStatefulSession(server, new StateProvider(), 5000, 8000);
clientStatelessSession = FTConnectionController.CreateStatelessSession(client, 5000, 8000);
serverTree.AttachErrorHandler();
clientTree.AttachErrorHandler();
serverSerializer = new DataSerializer();
clientSerializer = new DataSerializer();
serverSerializer.AttachErrorHandler();
clientSerializer.AttachErrorHandler();
serverTree.ConnectToDownstream(serverSerializer);
serverSerializer.ConnectToDownstream(server);
server.ConnectToUpstream(serverSerializer);
serverSerializer.ConnectToUpstream(serverTree);
clientTree.ConnectToDownstream(clientSerializer);
clientSerializer.ConnectToDownstream(client);
client.ConnectToUpstream(clientSerializer);
clientSerializer.ConnectToUpstream(clientTree);
serverData = new LeafProtocolHandler <MockData1>();
clientData = new LeafProtocolHandler <MockData1>();
clientRecovery = new LeafProtocolHandler <MockData2>();
serverTree.Register(serverStatefulSession);
serverTree.Register(serverData);
serverTree.Entry(serverStatefulSession);
serverTree.ConnectToLeaf(serverStatefulSession, serverData);
clientTree.Register(clientStatelessSession);
clientTree.Register(clientData);
clientTree.Register(clientRecovery);
clientTree.Entry(clientStatelessSession);
clientTree.ConnectToLeaf(clientStatelessSession, clientData);
clientTree.ConnectToLeaf(clientStatelessSession, clientRecovery);
serverData.NewData += protocol => { protocol.Verify(); serverDataCount++; };
clientData.NewData += protocol => { protocol.Verify(); clientDataCount++; };
clientRecovery.NewData += protocol => { protocol.Verify(); recoveryCount++; };
}
public void TreeMerge()
{
Logger lg = new Logger();
ProtocolTree tree1 = new ProtocolTree();
ProtocolTree tree2 = new ProtocolTree();
ProtocolTree tree3 = new ProtocolTree();
tree1.AttachErrorHandler();
tree2.AttachErrorHandler();
tree3.AttachErrorHandler();
MockData1Handler h11 = new MockData1Handler();
MockData2Handler h12 = new MockData2Handler();
MockData3Handler h2 = new MockData3Handler();
LeafProtocolHandler <MockData4> h31 = new LeafProtocolHandler <MockData4>();
LeafProtocolHandler <MockData3> h32 = new LeafProtocolHandler <MockData3>();
tree1.Register(h11);
tree1.Register(h12);
tree1.Entry(h11);
tree1.Entry(h12);
tree2.Register(h2);
tree2.Entry(h2);
tree1.Connect(h12, tree2);
tree3.Register(h31);
tree3.Register(h32);
tree3.EntryToLeaf(h31);
tree3.EntryToLeaf(h32);
tree1.Entry(tree3);
tree1.SenderDataReady += obj => tree1.Receive(obj);
h11.NewData += obj => lg.Log("data11");
h12.NewData += obj => lg.Log("data12");
h2.NewData += obj => lg.Log("data2");
h31.NewData += obj => lg.Log("data31");
h32.NewData += obj => lg.Log("data32");
h11.Send();
h12.Send();
h2.Send();
h31.Send(new MockData4());
h32.Send(new MockData3());
lg.Verify(new List <string>
{
"data11", "data12", "data12", "data2", "data31", "data32"
});
}
public void ProtocolTree()
{
Logger lg = new Logger();
ProtocolTree tree = new ProtocolTree();
tree.AttachErrorHandler();
MockData1Handler h1 = new MockData1Handler();
MockData2Handler h2 = new MockData2Handler();
MockData3Handler h3 = new MockData3Handler();
LeafProtocolHandler <MockData4> h4 = new LeafProtocolHandler <MockData4>();
LeafProtocolHandler <MockData4> h5 = new LeafProtocolHandler <MockData4>();
tree.Register(h1);
tree.Register(h2);
tree.Register(h3);
tree.Register(h4);
tree.Register(h5);
tree.Entry(h1);
tree.Entry(h2);
tree.ConnectToLeaf(h1, h4);
tree.Connect(h2, h3);
tree.EntryToLeaf(h5);
tree.SenderDataReady += obj => tree.Receive(obj);
h1.NewData += obj => lg.Log("data1");
h2.NewData += obj => lg.Log("data2");
h3.NewData += obj => lg.Log("data3");
h4.NewData += obj => lg.Log("data4");
h5.NewData += obj => lg.Log("data5");
h1.Send();
h2.Send();
h3.Send();
h4.Send(new MockData4());
h5.Send(new MockData4());
lg.Verify(new List <string>
{
"data1", "data2", "data2", "data3", "data1", "data4", "data5"
});
}
static void Main(string[] args)
{
string filePath = "E:/test.zip";
FileStream stream = new FileStream(filePath, FileMode.Open, FileAccess.Read);
DynamicListener listener = new DynamicListener(/*IPAddress.Any*/ IPAddress.Parse("192.168.1.73"), 54321);
// netsh http add urlacl url=http://+:54322/ws user=everyone
//WsListener listener = new WsListener("http://+:54322/ws/");
listener.Start();
//TCPRemoteClient client = new TCPRemoteClient();
//WsRemoteClient client = new WsRemoteClient();
ProtocolTree tree = new ProtocolTree();
LeafProtocolHandler <Data> leaf = new LeafProtocolHandler <Data>();
LeafProtocolHandler <Rec> rec = new LeafProtocolHandler <Rec>();
LeafProtocolHandler <Done> done = new LeafProtocolHandler <Done>();
tree.Register(leaf);
tree.Register(rec);
tree.Register(done);
tree.EntryToLeaf(leaf);
tree.EntryToLeaf(rec);
tree.EntryToLeaf(done);
ApplicationConnectionManager app = null;
//TcpClient cl = null;
//WebSocket cl = null;
bool finish = false;
Task task = null;
bool connected = false;
void clean()
{
Console.WriteLine("conn lost + ");
connected = false;
Console.WriteLine("connection is down");
reconn();
}
void rd(Rec data)
{
task = new Task(() =>
{
Console.WriteLine("sen task started");
long p = data.seq;
while (p < stream.Length)
{
if (!connected)
{
Console.WriteLine("sen task ended"); return;
}
long blockSize = Math.Min(65536, stream.Length - p);
stream.Seek(p, SeekOrigin.Begin);
byte[] b = new byte[blockSize];
stream.Read(b, 0, (int)blockSize);
p += blockSize;
Data d = new Data(b);
Console.WriteLine("sen task send");
leaf.Send(d);
Console.WriteLine("sen task send, done");
Console.WriteLine($"{blockSize} bytes sent, total {p} sent");
Thread.Sleep(15);
}
Console.WriteLine("sen task fined");
done.Send(new Done());
});
task.Start();
}
void fin(Done d) => finish = true;
// client.ConnectionLost += clean;
rec.NewData += rd;
done.NewData += fin;
void reconn()
{
while (true)
{
if (connected)
{
return;
}
try
{
Console.WriteLine("waiting...");
DynamicRemoteClient cl = listener.Accept();
if (app != null)
{
app.Dispose();
}
app = new ApplicationConnectionManager(cl, tree, 1000, 4000);
app.ConnectionLost += clean;
cl.Activate();
//cl = listener.AcceptWsClient();
connected = true;
Console.WriteLine("accepted! " /* + cl.Client.RemoteEndPoint.ToString()*/);
}
catch (Exception e)
{
Console.WriteLine("network error");
Thread.Sleep(1000);
continue;
}
}
}
reconn();
while (true)
{
if (finish)
{
Console.WriteLine("finished!!");
break;
}
else
{
Thread.Sleep(500);
}
}
}
private void ListenerTask()
{
while (true)
{
Log("trying to accept a new client ...");
DynamicRemoteClient remoteClient = null;
try
{
remoteClient = listener.Accept();
}
catch
{
Log("unable to accept client", LogType.ERROR);
Thread.Sleep(2000);
continue;
}
ProtocolTree tree = new ProtocolTree();
DummyHandler <DummyProtocol> treeRoot = new DummyHandler <DummyProtocol>();
LeafProtocolHandler <AuthenticationProtocol> authHandler
= new LeafProtocolHandler <AuthenticationProtocol>();
tree.Register(treeRoot);
tree.Register(authHandler);
tree.Entry(treeRoot);
tree.ConnectToLeaf(treeRoot, authHandler);
ApplicationConnectionManager app =
new ApplicationConnectionManager(remoteClient, tree, new DummyProvider(), 3000, 6000);
applicationConnections.Add(app, -1);
authHandler.NewData += data =>
{
if (data.statusCode != AuthenticationProtocol.StatusCode.Ack)
{
Log("invalid auth status code: ACK", LogType.ERROR);
return;
}
void accept()
{
long resumeToken = 0;
if (!resumeTokens.ContainsKey(data.interfaceId))
{
resumeToken = Rnd64();
resumeTokens.Add(data.interfaceId, resumeToken);
}
else
{
resumeTokens[data.interfaceId] = resumeTokens[data.interfaceId];
}
Log($"accept the client {data.interfaceId}, token = {resumeToken}");
authHandler.Send(new AuthenticationProtocol
{
statusCode = AuthenticationProtocol.StatusCode.Accept,
resumeToken = resumeToken
});
}
void reject(string reason)
{
authHandler.Send(new AuthenticationProtocol
{
statusCode = AuthenticationProtocol.StatusCode.Reject,
reason = reason
});
}
if (data.interfaceId < 0 || data.interfaceId >= logic.MaxConnection)
{
Log($"reject the client since the interface {data.interfaceId} is not valie", LogType.WARNING);
reject("invalid interface id");
return;
}
lock (interfaceLock)
{
bool IsExistingUser = connectionInterruptTimers.ContainsKey(data.interfaceId);
if (IsExistingUser && data.resumeToken != resumeTokens[data.interfaceId])
{
Log($"reject the client since the resume token {data.resumeToken} is not correct", LogType.WARNING);
reject("wrong resume token");
return;
}
if (!serviceBackupData.connectionInterfaces[data.interfaceId].Enabled && !IsExistingUser)
{
Log($"reject the client since the interface {data.interfaceId} is not available", LogType.WARNING);
reject("interface is not available");
return;
}
if (serviceBackupData.connectionInterfaces[data.interfaceId].Ticket != data.ticket)
{
Log($"reject the client since the ticket {data.ticket} is not correct", LogType.WARNING);
reject("invalid ticket");
return;
}
Log("auth is valid, accept the client");
accept();
tree.Connect(treeRoot, logic.GetProtocolTree(data.interfaceId));
applicationConnections[app] = data.interfaceId;
if (IsExistingUser)
{
Log($"client with id {data.interfaceId} comes back", LogType.WARNING);
RemoveTimer(data.interfaceId);
logic.OnClientResume(data.interfaceId);
}
else
{
Log($"calling logic OnClientEnter and close interface {data.interfaceId}");
CloseInterface(data.interfaceId);
logic.OnClientEnter(data.interfaceId);
}
}
};
app.ConnectionLost += () =>
{
app.Dispose();
int id = applicationConnections[app];
applicationConnections.Remove(app);
Log($"client {id} is leaving", LogType.WARNING);
if (id >= 0)
{
logic.GetProtocolTree(id).Detach();
if (logic.CanResume(id))
{
System.Timers.Timer timer = new System.Timers.Timer(20000)
{
AutoReset = false
};
timer.Elapsed += (s, e) =>
{
lock (interfaceLock)
{
Log($"client {id} leave permanently", LogType.WARNING);
timer.Dispose();
connectionInterruptTimers.Remove(id);
resumeTokens.Remove(id);
logic.OnClientLeave(id);
}
};
timer.Start();
connectionInterruptTimers.Add(id, timer);
logic.OnClientDisconnect(id);
Log($"start timer to wait for client {id} to come back", LogType.WARNING);
}
else
{
logic.OnClientLeave(id);
Log($"client {id} leave permanently since logic cannot resume now", LogType.WARNING);
}
}
};
remoteClient.Activate();
Logger.Log("sending auth data ...", "ServiceHost");
authHandler.Send(new AuthenticationProtocol {
statusCode = AuthenticationProtocol.StatusCode.Request
});
}
}
static void Main(string[] args)
{
string filePath = "E:/r.txt";
if (!File.Exists(filePath))
{
Console.WriteLine("transfer complete");
return;
}
StreamReader r = new StreamReader(filePath);
ST state = new ST();
state.seq = Convert.ToInt64(r.ReadLine());
r.Close();
DynamicClient client = new DynamicClient(IPAddress.Parse("192.168.1.73"), 54321);
//WsClient client = new WsClient("ws://192.168.1.73:54322/ws");
ProtocolTree tree = new ProtocolTree();
LeafProtocolHandler <Data> leaf = new LeafProtocolHandler <Data>();
LeafProtocolHandler <Rec> rec = new LeafProtocolHandler <Rec>();
LeafProtocolHandler <Done> done = new LeafProtocolHandler <Done>();
tree.Register(leaf);
tree.Register(rec);
tree.Register(done);
tree.EntryToLeaf(leaf);
tree.EntryToLeaf(rec);
tree.EntryToLeaf(done);
ApplicationConnectionManager app = new ApplicationConnectionManager(client, tree, state, 1000, 2000);
bool finish = false;
void conn()
{
while (true)
{
Console.WriteLine("connecting... ");
if (client.Connect())
{
Console.WriteLine("connected!!!! ");
break;
}
else
{
Console.WriteLine("connect failed");
Thread.Sleep(1000);
}
}
}
/*client.ConnectionLost += () =>
* {
* conn();
* };*/
app.ConnectionLost += () =>
{
conn();
};
string wpath = "E:/recv.zip";
FileStream ws = new FileStream(wpath, FileMode.Append, FileAccess.Write);
ws.Seek(state.seq, SeekOrigin.Begin);
leaf.NewData += d =>
{
try
{
ws.Write(d.data, 0, d.data.Length);
ws.Flush();
state.seq += d.data.Length;
File.WriteAllText(filePath, state.seq.ToString());
Console.WriteLine($"received {d.data.Length}, now pointer is {state.seq} ");
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
};
done.NewData += obj =>
{
finish = true;
File.Delete(filePath);
};
conn();
while (true)
{
if (finish)
{
Console.WriteLine("finished!!");
break;
}
Thread.Sleep(100);
}
}